201231979 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明係關於一種自動量測系統及方法。 [先前技術] [0002] 在對服務器的電源供應器的電性穩定度進行測試時，需 • 要利用自動量測設備去量測待測電源供應器，惟，每一 次只能量測一台待測電源供應器，當一台待測電源供應 器量測完後需人為去更換下一台待測電源供應器，然後 再次量測進行評估，故，如是測試費時費力。 〇 【發明内容】 [0003] 鑒於以上内容，有必要提供一種自動量測系統，以方便 用戶對多台待測電源供應器的量測。 [0004] 本發明還提供一種自動量測方法。 [0005] 一種自動量測系統，用於自動量測第一及第二電源供應 器的電性穩定度，該自動量測系統包括一電腦、一測試 設備、一第一控制單元、一第二控制單元、一第一連接 ^ 治具及一第二連接治具，該測試設備包括一示波器、一 交流電源及一模擬負載，該電腦連接至該示波器、該交 流電源及該模擬負載以預設該示波器的參數、控制該交 流電源的輸出的電量及控制該模擬負載的功率，該第一 控制單元連接至該模擬負載與該第一連接治具之間，並 連接至該電腦，該第二控制單元連接至該模擬負載與該 第二連接治具之間，並連接至該電腦，該第一及第二電 源供應,器均連接至該第一連接治具、該交流電源及該示 波器，該電腦包括一存儲單元及一處理單元，該處理單 100101683 表單編號A0101 第3頁/共17頁 1002002985-0 201231979 該存儲單元包 元用於執行該存儲單元中各模組的指令， 括： [0006] 一記錄模組，用於記錄預設的第一及第二電源供應器的 測試順序； [0007] 一識別控制模組，用於根據預設的第一及第二電源供應 器測試順序來透過控制該第一控制單元將該第一連接治 具與該模擬負載連通；該第一電源供應器輸出直流電壓 至該示波器，該示波器用於顯示接收到的直流電壓，並 將接收到的直流電壓輸出； [0008] 一比較模組，用於接收該示波器輸出的直流電壓，並將 直流電壓與其内相應的電源供應器的直流電壓規範進行 比較後輸出測試結果；及 [0009] 一顯示模組，用於顯示測試結果，以使用戶確定電源供 應器的電性穩定度，該識別控制模組還用於在識別到該 顯示模組顯示測試結果後後控制該第一控制單元斷開該 第一連接治具與該模擬負載的連接，並並透過控制該第 二控制單元將該第二連接治具與該模擬負載連通；該第 二電源供應器輸出直流電壓至該示波器。 [0010] 一種自動量測方法，用於自動量測第一及第二電源供應 器的電性穩定度，該自動量測方法包括： [0011] a :根據預設的第一及第二電源供應器的測試順序控制一 第一控制單元使一第一連接治具透過該第一控制單元與 一模擬負載連通，該第一電源供應器透過該第一控制單 元及該第一連接治具與該模擬負載連通，並輸出第一直 100101683 表單編號A0101 第4頁/共17頁 1002002985-0 201231979 流電壓； [0012] b : —示波器顯示該第一直流電壓，並將該第一直流電壓 輸出； [0013] c :接收該第一直流電壓，並將該第一直流電壓與預設的 相應第一電源供應器的直流電壓規範進行比較，並輸出 一第一比較測試結果； [0014] d :顯示該第一比較測試結果； [0015] e :識別到顯示了該第一比較測試結果後控制該第一控制 〇 單元使該第一連接治具斷開與該模擬負載的連接，並控 制一第二控制單元使一第二連接治具透過該第二控制單 元與該模擬負載連通，該第二電源供應器透過該第二控 制單元及該第二連接治具與該模擬負載連通，並輸出一 第二直流電壓； [0016] f :顯示該第二直流電壓，並將該第二直流電壓輸出； [0017] g:接收該第二直流電壓，並將該第二直流電壓與預設的 ^ 相應第二電源供應器的直流電壓規範進行比較，並輸出 一第二比較測試結果；及 [0018] h :顯示該第二比較測試結果。 [0019] 本發明自動量測系統透過該記錄模組記錄該第一及第二 電源供應器的測試順序，透過該識別控制模組來按照記 錄的順序來控制該第一控制單元來將該第一連接治具與 該模擬負載連通對該第一電源供應器進行測試，並在識 別到該第一電源供應器測試完成後控制該第二控制單元 1002002985-0 100101683 表單編號A0101 第5頁/共17頁 201231979 來將該第二連接治具與該模擬負載連通來對該第二電源 供應器進行測試，並透過該顯示模組來顯示測試結果使 用戶確定該第一及第二電源供應器的電性穩定度，方便 快捷。 【實施方式】 [0020] [0021] 請一併參考圖1及圖2，本發明自動量測系統100用於自動 量測複數電源供應器的電性穩定度。本實施方式中該 等電源供應器包括第一及第二電源供應器51及52。該自 動量測系統1〇〇較佳實施方式包括一電腦丨、—測試設備2 、一第一控制單元31、一第二控制單元32、一第一連接 治具41及一第二連接治具42 » 該測試設備2包括一示波器20、一交流電源22及一模擬負 載24。該電腦1連接至該示波器2〇、該交流電源22及該模 擬負載2 4以預設該示波器2 〇的參數、控制該交流電源2 2 的輸出的電量及控制該模擬負載2 4的阻值。該第一控制 單元31包括一第一電開關311及一第一掠制器3丨2。該第 一控制早元32包括一第二零謂.親3,21及一第二控制器322 。該第一控制器312連接在該電腦1與該第一電開關311之 間。该第一控制器322連接在該電腦1與該第二電開關321 之間*該第一電開關311連接在該模擬負載24與該第一連 接治具41之間。該第二電開關321連接在該模擬負載24與 該第二連接治具42之間。該第一連接治具41還連接至該 第一電源供應器51。該第二連接治具42還連接至該第二 电源供應器5 2。该交流電源2 2用於提供交流電壓至該第 一及第一電源供應器51及52。該示波器2〇連接至該第一 100101683 表單編號A0101 第6頁/共17頁 1002002985-0 201231979 及第二電源供應器51及52，用於顯示該第一及第二電源 供應器51及52輪出的直流電壓的波形，並將輸出的直流 電壓傳輸至該電腦1。 闺在其他施方式中，該等控制器、該等電開關、該等連接 治具及該等電源供應器的數量可以根據需要改變。當該 模擬負載24為多個時，每個模擬負載24均連接至第—至 第二電開關311及321。該等模擬負載24的工作原理相同 〇 ¢) [0023]該電腦1包括一存儲單元1〇及一處理單元π。該處理單元 11用於執行該存儲單元1〇中各模組的指令。該存儲單元 10包括一記錄模組12、一識別控制模組14、一比較模組 16及一顯示模組;18。 [0024] 該記錄模組12用於記錄預設的第一及第二電源供應器51 及52的測試順序《在本實施方式中，預設的第—及第二 電源供應器51及52的測試順序為第一電源供應器51、第 Θ 二電源供應器52。在其他實施方式中，第一及第二電源 供應器51及52的測試順序可以根據需要進行調整。當電 源供應器的數量為多個時，電源供應器的連接與第一及 第二電源供應器51及52的連接方式相同，且該等電源供 應器的測试順序可以根據需要進行調整。 [0025] 該識別控制模組14用於根據預設的第一及第二電源供應 器51及52測試順序來發送一第一控制訊號至第一控制器 312來導通該第一電開關311從而對該第一電源供應器51 進行測試。 1002002985-0 100101683 表單編號A0101 第7頁/共17頁 201231979 [0026] [0027] [0028] [0029] [0030] [0031] [0032] [0033] °亥不波Is 20用於顯示該測試中的電源供應器輸出的直流 电壓並將该直流電壓輸出至該比較模組1 6。 4比較模組16用於將接收到的測試中的電源供應器輸出 的直流電壓與其内相應的電源供應器的直流電壓規範進 行比較，並輸出測試結果至該顯示模組18。 該顯示模組18用於顯示測試結果，以使用戶確定該電源 供應器的電性穩定度。 該識別控制模組14還用在識別到顯示模組〗8顯示測試結 果後控制該第一控制器312來關閉該第一電開關311，並 輪出一第二控制訊號至該第二控制器322來導通該第二電 開關321 ’從而使該模擬負載24透過該第二連接治具42與 該第二電源供應器52相連通。 本發明自動測試系統1〇〇實現了對複數電源供應器的自動 測試’方便快捷。 請參考圖3，本發明自動量測方法用於自動對第一及第二 電涿供應器51及52的電性穩定度蹲行量測。該自動量測 方法較佳實施方式包括以下步驟。 S1，該識別控制模組14根據預設的第一及第二電源供應 器51及52的測試順序發送第一控制訊號至該第一控制器 312來導通該第一電開關3Π，該第一電源供應器51透過 該第一電開關311及該第一連接治具41與該模擬負載24連 通。 S2 ’該示波器20顯示該第一電源供應器51輸出的直流電 100101683 表單編號A0101 第8頁/共17頁 1002002985-0 201231979 [0034] [0035] - [0036] Ο [0037] [0038] ❹ [0039] [0040] [0041] [0042] 100101683 壓波形，並將該直流電壓輸出至該比較模組1 6。 S3，該比較模組16將該直流電壓與其内的相應第一電源 供應器51的直流電壓規範進行比較，並輸出測試結果至 該顯示模組18。 S4，該顯示模組18顯示該測試結果。 S5，該識別控制模組14識別到該顯示模組輸出了該第一 電源供應器51的測試結果後控制第一控制器31 2來關閉該 第一電開關311，並輸出一第二控制訊號至該第二控制器 322以導通該第二電開關321，該第二電源供應器52透過 該第二電開關321及該第二連接洽具42與該模擬負載24連 通。 S6，該示波器20顯示該第二電源供應器52輸出的直流電 壓波形，並將該直流電壓輸出至該比較模組16。 S7，該比較模組16將該直流電壓與其内的相應第二電源 供應器52的直流電壓規範進行比較，並輸出測試結果至 該顯示模組18。 S8，該顯示模組18顯示該比較模組16輸出的測試結果。 用戶可以透過該顯示模組18顯示的測試結果來確定該第 一及第二電源供應器51及52的電性穩定度。 在其他實施方式中，當電源供應器的數量為多個，對該 等電源供應器的測試方式與上述方式一樣，即根據預設 的測試順序逐個進行測試。 本發明自動量測系統100透過該記錄模組12記錄該第一及 表單編號Α0101 第9頁/共17頁 1002002985-0 201231979 第二電源供應器51及52的測試順序，透過該識別控制模 組1 4來按照記錄的順序來控制相應的控制器依次導通相 應的電開關從而實現了對第一及第二電源供應器51及52 的自動測試，方便快捷。 [0043] 綜上所述，本發明符合發明專利要件，爰依法提出專利 申請。惟，以上所述者僅為本發明之較佳實施例，舉凡 熟悉本案技藝之人士，在爰依本發明精神所作之等效修 飾或變化，皆應涵蓋於以下之申請專利範圍内。 【圖式簡單說明】 [0044] 圖1係本發明自動量測系統較佳實施方式的示意圖。 [0045] 圖2係本發明自動量測系統中的電腦内的存儲單元與處理 單元的框圖。 [0046] 圖3係本發明自動量測系統較佳實施方式的流程圖。 【主要元件符號說明】 [0047] 電腦：1 [0048] 存儲單元：10 [0049] 處理單元：11 [0050] 記錄模組：12 [0051] 識別控制模組：14 [0052] 比較模組：16 [0053] 顯示模組：18 [0054] 測試設備：2 100101683 表單編號A0101 第10頁/共17頁 1002002985-0 201231979 [0055] [0056] [0057] [0058] [0059] [0060] [0061]201231979 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to an automatic measurement system and method. [Prior Art] [0002] When testing the electrical stability of the server's power supply, it is necessary to use an automatic measuring device to measure the power supply to be tested. However, only one can be measured at a time. When the power supply to be tested is measured, it is necessary to replace the next power supply to be tested after the measurement of the power supply to be tested, and then measure again for evaluation. Therefore, it takes time and effort to test. 〇 [Summary of the Invention] [0003] In view of the above, it is necessary to provide an automatic measurement system to facilitate user measurement of multiple power supplies to be tested. The present invention also provides an automatic measurement method. [0005] An automatic measurement system for automatically measuring the electrical stability of the first and second power supplies, the automatic measurement system comprising a computer, a test device, a first control unit, and a second a control unit, a first connection fixture, and a second connection fixture, the test device includes an oscilloscope, an AC power source, and an analog load, the computer is connected to the oscilloscope, the AC power source, and the analog load to preset a parameter of the oscilloscope, a quantity of power for controlling an output of the alternating current power source, and a power for controlling the analog load, the first control unit is connected between the analog load and the first connection jig, and is connected to the computer, the second a control unit is connected between the analog load and the second connecting fixture, and is connected to the computer, the first and second power supplies are connected to the first connecting fixture, the alternating current power source and the oscilloscope. The computer includes a storage unit and a processing unit. The processing unit is 100101683. Form number A0101. Page 3 of 17 1002002985-0 201231979 The storage unit packet is used to execute the storage list. The instructions of each module in the element include: [0006] a recording module for recording the test sequence of the preset first and second power supplies; [0007] an identification control module for presetting according to the preset The first and second power supply test sequences are connected to the analog load by controlling the first control unit; the first power supply outputs a direct current voltage to the oscilloscope, and the oscilloscope is used for displaying Receiving the DC voltage and outputting the received DC voltage; [0008] a comparison module for receiving the DC voltage output by the oscilloscope and comparing the DC voltage with a DC voltage specification of the corresponding power supply And outputting the test result; and [0009] a display module for displaying the test result, so that the user determines the electrical stability of the power supply, and the identification control module is further configured to display the display test on the display module After the result, the first control unit is controlled to disconnect the first connecting fixture from the simulated load, and the second connecting fixture is controlled by the second control unit. Quasi communication load; the second power supply output DC voltage to the oscilloscope. [0010] An automatic measurement method for automatically measuring electrical stability of the first and second power supplies, the automatic measurement method comprising: [0011] a: according to preset first and second power sources The test sequence of the supplier controls a first control unit to connect a first connection fixture to the analog load through the first control unit, and the first power supply unit transmits the first control unit and the first connection fixture The analog load is connected and outputs the first straight 100101683 Form No. A0101 Page 4 / Total 17 pages 1002002985-0 201231979 Flow voltage; [0012] b : - The oscilloscope displays the first DC voltage and outputs the first DC voltage [0013] c: receiving the first DC voltage, comparing the first DC voltage with a preset DC voltage specification of the corresponding first power supply, and outputting a first comparison test result; [0014] Displaying the first comparison test result; [0015] e: after detecting that the first comparison test result is displayed, controlling the first control unit to disconnect the first connection fixture from the simulated load, and controlling One The second control unit communicates with the analog load through the second control unit, and the second power supply unit communicates with the analog load through the second control unit and the second connection fixture, and outputs a second DC voltage; [0016] f: displaying the second DC voltage, and outputting the second DC voltage; [0017] g: receiving the second DC voltage, and the second DC voltage is preset ^ Corresponding to the DC voltage specification of the corresponding second power supply, and outputting a second comparison test result; and [0018] h: displaying the second comparison test result. [0019] The automatic measurement system of the present invention records the test sequence of the first and second power supplies through the recording module, and controls the first control unit according to the record sequence through the identification control module to A connection jig is tested in communication with the analog load to test the first power supply unit, and after detecting that the first power supply test is completed, control the second control unit 1002002985-0 100101683 Form No. A0101 Page 5 / Total 17 pages 201231979 to connect the second connection fixture to the analog load to test the second power supply, and display the test result through the display module to enable the user to determine the first and second power supply Electrical stability, convenient and fast. [Embodiment] [0020] Referring to FIG. 1 and FIG. 2 together, the automatic measuring system 100 of the present invention is used to automatically measure the electrical stability of a complex power supply. In the present embodiment, the power supplies include first and second power supplies 51 and 52. The preferred embodiment of the automatic measurement system includes a computer, a test device 2, a first control unit 31, a second control unit 32, a first connection fixture 41 and a second connection fixture. 42 » The test device 2 includes an oscilloscope 20, an AC power source 22, and an analog load 24. The computer 1 is connected to the oscilloscope 2, the AC power source 22 and the analog load 2 4 to preset parameters of the oscilloscope 2, control the power of the output of the AC power source 2 2, and control the resistance of the analog load 24 . The first control unit 31 includes a first electrical switch 311 and a first ejector 3丨2. The first control early element 32 includes a second zero. Pro 3, 21 and a second controller 322. The first controller 312 is connected between the computer 1 and the first electrical switch 311. The first controller 322 is connected between the computer 1 and the second electrical switch 321. The first electrical switch 311 is connected between the simulated load 24 and the first connecting fixture 41. The second electric switch 321 is connected between the simulated load 24 and the second connecting jig 42. The first connection jig 41 is also connected to the first power supply 51. The second connection jig 42 is also connected to the second power supply 52. The AC power source 2 2 is for supplying an AC voltage to the first and first power supplies 51 and 52. The oscilloscope 2 is connected to the first 100101683 Form No. A0101, page 6 / page 171002002985-0 201231979 and the second power supplies 51 and 52 for displaying the first and second power supplies 51 and 52 The waveform of the DC voltage is output, and the output DC voltage is transmitted to the computer 1. In other modes, the number of such controllers, the electrical switches, the connecting fixtures, and the power supplies may be varied as needed. When the analog load 24 is plural, each analog load 24 is connected to the first to second electrical switches 311 and 321. The analog loads 24 operate in the same principle. 00 ¢) [0023] The computer 1 includes a memory unit 1 and a processing unit π. The processing unit 11 is configured to execute instructions of each module in the storage unit 1 . The storage unit 10 includes a recording module 12, an identification control module 14, a comparison module 16, and a display module. [0024] The recording module 12 is configured to record the test sequence of the preset first and second power supplies 51 and 52. In the present embodiment, the preset first and second power supplies 51 and 52 are used. The test sequence is the first power supply 51 and the second power supply 52. In other embodiments, the test sequence of the first and second power supplies 51 and 52 can be adjusted as needed. When the number of power supplies is plural, the connection of the power supply is the same as that of the first and second power supplies 51 and 52, and the test sequence of the power supplies can be adjusted as needed. [0025] The identification control module 14 is configured to send a first control signal to the first controller 312 according to the preset test sequence of the first and second power supplies 51 and 52 to turn on the first electrical switch 311. The first power supply 51 is tested. 1002002985-0 100101683 Form No. A0101 Page 7/Total 17 Page 201231979 [0028] [0028] [0033] [0033] ° Haibo Wave Is 20 is used to display the test The DC voltage output by the power supply in the middle is output to the comparison module 16. The comparison module 16 is configured to compare the received DC voltage of the power supply output of the test with the DC voltage specification of the corresponding power supply, and output the test result to the display module 18. The display module 18 is configured to display test results to enable the user to determine the electrical stability of the power supply. The identification control module 14 further controls the first controller 312 to turn off the first electrical switch 311 after detecting the display module 8 to display the test result, and rotates a second control signal to the second controller. The second electrical switch 321 ′ is turned on to connect the analog load 24 to the second power supply 52 through the second connecting fixture 42 . The automatic test system of the present invention realizes automatic testing of the plurality of power supplies ‘ convenient and fast. Referring to FIG. 3, the automatic measurement method of the present invention is used to automatically measure the electrical stability of the first and second power supply devices 51 and 52. The preferred embodiment of the automatic measurement method includes the following steps. S1, the identification control module 14 sends a first control signal to the first controller 312 according to the test sequence of the preset first and second power supplies 51 and 52 to turn on the first electrical switch 3, the first The power supply 51 communicates with the analog load 24 through the first electrical switch 311 and the first connection jig 41. S2 'The oscilloscope 20 displays the direct current output of the first power supply 51 100101683 Form No. A0101 Page 8 / Total 17 pages 1002002985-0 201231979 [0035] [0036] [0038] [0038] [0038] [0042] [0042] 100101683 compresses the waveform and outputs the DC voltage to the comparison module 16. S3, the comparison module 16 compares the DC voltage with the DC voltage specification of the corresponding first power supply 51 therein, and outputs the test result to the display module 18. S4, the display module 18 displays the test result. S5, the identification control module 14 recognizes that the display module outputs the test result of the first power supply 51, controls the first controller 31 2 to turn off the first electrical switch 311, and outputs a second control signal. The second controller 322 is connected to the second power switch 321 , and the second power source 52 is connected to the analog load 24 through the second power switch 321 and the second connection partner 42 . S6, the oscilloscope 20 displays a DC voltage waveform output by the second power supply 52, and outputs the DC voltage to the comparison module 16. S7, the comparison module 16 compares the DC voltage with the DC voltage specification of the corresponding second power supply 52 therein, and outputs the test result to the display module 18. S8, the display module 18 displays the test result output by the comparison module 16. The user can determine the electrical stability of the first and second power supplies 51 and 52 through the test results displayed by the display module 18. In other embodiments, when the number of power supplies is plural, the power supply is tested in the same manner as described above, that is, tested one by one according to a preset test sequence. The automatic measurement system 100 of the present invention records the first and the form number Α0101, page 9 / page 17 1002002985-0 201231979, the test sequence of the second power supplies 51 and 52 through the recording module 12, through the identification control module 14 4 according to the order of recording to control the corresponding controller to turn on the corresponding electrical switch in turn to achieve automatic testing of the first and second power supplies 51 and 52, convenient and fast. [0043] In summary, the present invention complies with the requirements of the invention patent, and submits a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art of the present invention should be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS [0044] FIG. 1 is a schematic view of a preferred embodiment of an automatic measuring system of the present invention. 2 is a block diagram of a storage unit and a processing unit in a computer in the automatic measurement system of the present invention. 3 is a flow chart of a preferred embodiment of the automatic measurement system of the present invention. [Main component symbol description] [0047] Computer: 1 [0048] Storage unit: 10 [0049] Processing unit: 11 [0050] Recording module: 12 [0051] Identification control module: 14 [0052] Comparison module: 16 [0053] Display Module: 18 [0054] Test Equipment: 2 100101683 Form No. A0101 Page 10 / Total 17 Page 1002002985-0 201231979 [0056] [0058] [0060] [0060] 0061]
[0062] [0063] [0064] [0065] [0066] [0067] 示波器：20 交流電源：22 模擬負載：24 第一控制單元：31 第一電開關：311 第一控制器：312 第二控制單元：32 第二電開關：321 第二控制器：322 第一連接治具：41 第二連接治具：42 第一電源供應器：51 第二電源供應器：52[0064] [0067] [0067] Oscilloscope: 20 AC power: 22 Analog load: 24 First control unit: 31 First electrical switch: 311 First controller: 312 Second control Unit: 32 Second electric switch: 321 Second controller: 322 First connecting jig: 41 Second connecting jig: 42 First power supply: 51 Second power supply: 52
100101683 表單編號A0101 第11頁/共17頁 1002002985-0100101683 Form No. A0101 Page 11 of 17 1002002985-0